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" Design science : "
Vladimir Hubka and W. Ernst Eder.
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BL
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| Record Number
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745501
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b565450
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| Main Entry
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Vladimir Hubka and W. Ernst Eder.
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| Title & Author
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Design science : : introduction to needs, scope and organization of engineering design knowledge\ Vladimir Hubka and W. Ernst Eder.
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| Publication Statement
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Berlin : New York : Springer, 1996
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| Page. NO
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xvi-251 p.; ill. ; 24 cm
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| ISBN
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3540199977
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: 9783540199977
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| Contents
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I. General Survey.- 1 Introduction - Designing.- 1.1 What Do We Understand by Designing?.- 1.2 To the Term "Designing".- 1.2.1 Terminus Technicus "Designing".- 1.2.2 Designing in the Statements of Other Authors.- 1.2.3 The "Breadth" of Designing.- 1.2.4 Needs for Design and Designed Products.- 1.2.5 Characterizing Designing.- 1.2.6 Roles for Failure and Development.- 1.2.7 Societal Conditions.- 1.3 Technical Knowledge about Designing: Current Situation.- 1.4 Relationships Between Designing and some Other Terms.- 1.4.1 Designing and Intuition (Inspiration).- 1.4.2 Designing and "Feel for Design".- 1.4.3 Designing and Creativity.- 1.4.4 Designing and Innovation.- 1.4.5 Designing and Inventing.- 1.4.6 Designing and Heuristics.- 1.4.7 Closing Remarks.- 1.5 Is Designing Teachable/Learnable?.- 1.6 Summary and Outlook.- 2 Knowledge Systems (Science) and Designing.- 2.1 Knowledge and Science ? General Considerations.- 2.1.1 Science and Designing.- 2.2 Technical (Branch, Domain) Knowledge.- 2.3 Objects Hierarchy in Technological (Engineering) Science.- 2.4 Technological (Engineering) Sciences.- 2.4.1 Task and Object.- 2.4.2 Importance and Position.- 2.4.3 The Problem Treated by Engineering Sciences.- 2.4.4 Types of Engineering Sciences.- 3 Historic Development of Knowledge to Design Science.- 3.1 Sketch of the Development of Ideas about Rationalizing of the Area of Designing.- 3.1.1 Requirements for Efforts Towards Rationalizing.- 3.1.2 Development in the German-Language Area.- 3.1.3 Great Britain.- 3.1.4 France.- 3.1.5 Italy.- 3.1.6 Scandinavia.- 3.1.7 USA and Canada.- 3.1.8 Russia ? Previous USSR.- 3.1.9 Previous Czechoslovakia.- 3.1.10 Poland.- 3.1.11 Japan.- 3.1.12 Other International Developments.- 3.1.13 Summary.- 3.2 Description of the Development of Design Knowledge.- 3.2.1 Elements of the Development.- 3.2.2 Development on Individual Planes.- 3.2.3 Progress.- 3.3 The Present State of Design Knowledge.- II. Model of Design Science.- 4 Design Science and its Goals.- 4.1 What is Design Science?.- 4.2 Is Design Science Necessary Today?.- 4.3 To the Term Design Science.- 4.4 Goals of Design Science.- 4.5 Acceptance of Design Science.- 5 Conception of Design Science and its Methods.- 5.1 To the Conception of Design Science Regarding Contents.- 5.2 To Content and Structure of Design Science.- 5.3 Kinds of Design Science.- 5.4 Principles for the Construction of Design Science.- 5.5 Methods of Design Science for Obtaining New Knowledge.- 5.6 Relationship Between Method, Object and Theory.- 6 Sources of the Knowledge and Impulses for Design Science.- 6.1 Philosophy.- 6.2 Psychology, Sociology.- 6.3 Work Science.- 6.4 Mathematics.- 6.5 Cybernetics.- 6.6 Information Science.- 6.7 Management.- 6.8 Invention Theory.- 6.9 Other Design Fields.- 6.10 Summary.- 7 Constituent Areas of Design Science.- 7.1 Theory of Technical Systems (TTS).- 7.1.1 Earlier Forms of Knowledge Systems about Objects of Designing.- 7.1.2 Earlier Attempts to Build more Abstract Knowledge Systems in the Area of Technical Systems.- 7.1.3 Contents of the Partial Area Theory of Technical Systems.- 7.1.4 Summary.- 7.2 Theory of Design Processes (TDesP).- 7.2.1 Earlier Views and Forms of the Knowledge System "Design Process".- 7.2.2 Contents of the Partial Area Design Processes.- 7.3 Branch Knowledge.- 7.3.1 The Development of Forms of Branch Knowledge and its Sources.- 7.3.2 The Structure of Branch Knowledge.- 7.3.3 The Form of Branch Knowledge.- 7.3.4 The Generation of Branch Knowledge.- 7.3.5 Branch Knowledge ? Areas of Validity.- 7.3.6 State and Prospects for Development of Branch Knowledge.- 7.4 Knowledge about Design Processes.- 7.4.1 The Structure of Knowledge about Design Processes.- 7.4.2 The Form of Knowledge about Design Processes.- 7.5 Quasi Main Areas.- 7.5.1 Knowledge about Computer-supported Designing ? CAD-knowledge.- 7.5.2 Acquisition of Knowledge for Programs.- 7.5.3 Summary.- III. Derivations from Design Science in Other Disciplines ? Specialized Design Science (Preamble).- 8 Design Science for the TS-Types.- 8.1 Design Science for Individual Levels of Complexity of Technical Systems.- 8.1.1 Design Science for Plant.- 8.1.2 Design Science for Instruments, Machines, Apparatus.- 8.1.3 Design Science for Assembly Groups and Elements.- 8.2 Design Science for Individual Branches ? TS Families.- 8.3 Design Science for Other TS-types.- 8.4 Design Sciences in Comparison.- 9 Specialized Design Science for Individual Classes of Recipients.- 9.1 Design Science for Design Researchers.- 9.2 Design Science for Design Practitioners.- 9.3 Design Science for Inexperienced People, Students, Novices.- 9.3.1 Requirements for a Textbook for Design Education.- 9.3.2 Knowledge System for Design Education.- 9.4 Design Science for Lay Persons.- 10 Quality of Design Science.- 10.1 The Quality of the Current Knowledge System of Design Science.- 11 Future Tasks in Design Science.- Names Index.
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| Subject
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Design industriel.
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| LC Classification
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TA174.V533 1996
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| Added Entry
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Vladimir Hubka
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Wolfgang Ernst Eder
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